2 مستودعات
Modeling light transport using spectral data and polarization to capture complex physical light properties.
Distinct from Indirect Lighting Simulation: Moves beyond simple indirect lighting simulation to model light as full spectral and polarized distributions.
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Mitsuba 3 is a high-performance physically based rendering framework that operates as a CPU and GPU render engine. It functions as a spectral rendering system and a differentiable path tracer, simulating the transport of light as spectral or polarized data through materials and geometry. The system is distinguished by its differentiable rendering pipeline, which calculates derivatives of images relative to input parameters to enable inverse rendering and optimization. It utilizes a just-in-time compilation layer to transform rendering logic into optimized kernels for hardware-agnostic executi
Models light as spectral data rather than simple colors to accurately capture polarization and physical light properties.
Mitsuba 2 is a physically based ray tracing engine and differentiable rendering framework designed to simulate realistic light transport and compute exact gradients of the rendering process with respect to scene parameters. The software functions as an optical simulation tool that models complex phenomena using monochromatic, RGB, or spectral color representations alongside optional polarization effects. The system incorporates an automatic differentiation engine that records mathematical operations during the rendering pass to solve inverse problems and optimize designs. A plugin-based scen
Simulates optical phenomena by switching between monochromatic, RGB, or spectral color models with polarization.